def scanJoin(self, root, modulesToApply=None):
modMap = {}
modCount = 0
jobs = []
while not self.empty():
task = self.get()
if modulesToApply != None:
if not task[1][0] in modulesToApply:
self.task_done()
continue
try:
modMap[task[1][0]] += 1
except KeyError:
modMap[task[1][0]] = 1
job2 = (self.task_done_scan, (
root,
task[1][0],
))
job = (task, job2)
jobs.append(job)
modCount += 1
if modCount:
self.displayItem(root, modCount, modMap)
for job in jobs:
sched.enqueue(job)
self.join()
self.refresh()
def add(self, cmd, args, exec_flags, enqueued = False):
mod = self.loader.modules[cmd]
proc = None
if "single" in mod.flags:
proc = self.processusManager.singleCreate(mod, None, exec_flags)
else:
proc = self.processusManager.create(mod, None, exec_flags)
if not "thread" in exec_flags:
try :
if "gui" in proc.mod.flags and not "console" in proc.mod.flags:
print "This script is gui only"
self.processusManager.remove(proc)
proc.event.set()
return proc
except AttributeError:
pass
if not isinstance(args, Config):
try:
args = mod.conf.generate(args)
except:
pass
if enqueued:
proc.launch(args)
else:
sched.enqueue(((proc.launch, args),) )
return proc
def scanJoin(self, root):
total = self.qsize()
self.displayItem(root, total)
self.total = total
while not self.empty():
task = self.get()
job2 = (self.task_done_scan, (root, ))
jobs = (task, job2)
sched.enqueue(jobs)
self.join()
self.refresh()
def scanJoin(self, root):
total = self.qsize()
self.displayItem(root, total)
self.total = total
while not self.empty():
task = self.get()
job2 = (self.task_done_scan, (root,))
jobs = (task, job2)
sched.enqueue(jobs)
self.join()
self.refresh()
def scanJoin(self, root, modulesToApply = None):
modMap = {}
modCount = 0
jobs = []
while not self.empty():
task = self.get()
moduleName = task[1][0]
if modulesToApply != None:
if not module in modulesToApply:
self.task_done()
continue
module = self.loader.modules[moduleName]
try:
filterText = module.scanFilter
if filterText != '':
arguments = task[1][1]
nodeArguments = module.conf.argumentsByType(typeId.Node)
if len(nodeArguments) == 1:
node = arguments[nodeArguments[0].name()].value()
filter = Filter('')
filter.compile(str(filterText))
filter.process(node)
matches = filter.matchedNodes()
if not len(matches):
self.task_done()
continue
except : #filter can throw
pass
try :
modMap[task[1][0]] += 1
except KeyError:
modMap[task[1][0]] = 1
job2 = (self.task_done_scan, (root, task[1][0],))
job = (task, job2)
jobs.append(job)
modCount += 1
if modCount:
self.displayItem(root, modCount, modMap)
for job in jobs:
sched.enqueue(job)
self.join()
self.refresh()
def add(self, cmd, args, exec_flags, enqueued = False):
mod = self.loader.modules[cmd]
proc = None
if "single" in mod.flags:
proc = self.processusManager.singleCreate(mod, None, exec_flags)
else:
proc = self.processusManager.create(mod, None, exec_flags)
if not "thread" in exec_flags:
try :
if "gui" in proc.mod.flags and not "console" in proc.mod.flags:
print "This script is gui only"
self.processusManager.remove(proc)
proc.event.set()
return proc
except AttributeError:
pass
if enqueued:
proc.launch(args)
else:
sched.enqueue(((proc.launch, args),) )
return proc
def scanJoin(self, root, modulesToApply = None):
modMap = {}
modCount = 0
jobs = []
while not self.empty():
task = self.get()
if modulesToApply != None:
if not task[1][0] in modulesToApply:
self.task_done()
continue
try :
modMap[task[1][0]] += 1
except KeyError:
modMap[task[1][0]] = 1
job2 = (self.task_done_scan, (root, task[1][0],))
job = (task, job2)
jobs.append(job)
modCount += 1
if modCount:
self.displayItem(root, modCount, modMap)
for job in jobs:
sched.enqueue(job)
self.join()
self.refresh()
